Rome Resources Ltd. announced a new discovery of tin mineralization at its Kalayi Prospect, following the indicative handheld XRF results from the pulps from its diamond drilling campaign at the Kalayi Prospect within the Bisie North Tin Project. The BNTP is comprised of two contiguous properties, exploration permits PR 13274 and PR 15130, which are situated in the Walikale District of the North Kivu Province in eastern Democratic Republic of the Congo ("DRC"). Significant tin mineralisation identified visually and from the handheld XRF analyser on pulps from 2 of 4 diamond holes A 12.5m zone with a maximum grade, pursuant to handheld XRF analyses, of 0.5m at 8% Sn within a broader shear zone which included a further 3m zone with a maximum of 10% Sn was identified in KBDD003; a 2.5m zone with a maximum grade of 6% Sn in KBDD002 Assay results from July drilling program expected in August 2023 Drilling covered 150m of strike of an associated 2,000m tin in soil anomaly at the Kalayi Prospect The Company is currently conducting infill soil sampling and trenching programmes to assist with planning of the next phase of drilling Four diamond holes were drilled for a total of 463.5m beneath the artisanal workings at the Kalayi Prospect, where previous channel sampling reported up to 1m at 11% Sn.

Drilling tested 150m of the associated 2,000m tin in soil anomaly. Significant mineralisation was identified from handheld XRF analyses carried out on pulps of representative samples received from the laboratory taken from two discovery holes, KBDD002 and KBDD003. Drill hole collar positions and artisanal.

Visible cassiterite (tin) was observed in most of the mineralised intervals. All 3 zones reported high grade tin and included a maximum of 8% Sn from a 12.5m zone, 1% Sn from a 2m zone and 10% Sn from a 3m zone. Drillhole KBDD002 reported a maximum of 6% Sn from a 2.5m zone.

Tin mineralisation at Kalayi has no copper, zinc or lead association, unlike the Company's Mont Agoma Prospect, and is limited to distinct quartz veined shear zones within mica schists. The style of mineralisation is typical of mineralisation along the Bisie ridge where tin mineralisation has a distinct shoot geometry and often shows variation in grades and widths in adjacent drill holes. The Company has commenced infill soil sampling and will conduct trenching programmes where there is no excessive overburden to identify mineralised quartz veins at surface which can be followed up with drilling at depth and on strike along the 2km tin in soil anomaly.

The Company will also map any new underground artisanal workings to better understand the orientation and variations in width of the controlling structures. All priority samples have been sent to ALS Global in Johannesburg for analysis. Results are expected in August 2023.